We have studied kinetics of phase separation in a high density symmetric binary (A+B) fluid model [1]}, [2]}, [3]}, [4]}. We have considered mixture compositions symmetric as well as close to one of the branches of the coexistence curve. While around the symmetric composition a bicontinuous nonequilibrium domain morphology is obtained, for compositions close to a coexistence curve the domain morphology consists of disconnected droplets of the minority phase in the background of a sea consisting of particles of the majority species. The symmetric case is much studied and in agreement with the previous studies [5]}, [6]}, [7]}, [8]} we observe linear viscous hydrodynamic evolution within the permissible simulation length and time scales.
